SlideShare uma empresa Scribd logo
1 de 1
Baixar para ler offline
Screenings	
  @	
  20MJ/KG	
  &	
  <	
  40%	
  
moisture	
  content.	
   Hot	
  air	
  is	
  transferred	
  to	
  a	
  	
  
Steam	
  Turbine	
  (via	
  heat	
  exchanger)	
  
to	
  produce	
  around	
  440	
  Kw	
  	
  
clean	
  energy.	
  
Hopper	
  compresses	
  waste	
  
to	
  exclude	
  oxygen	
  and	
  moisture	
  
Landfill	
  Tax@£115	
  PT	
  	
  =	
  
£503,000	
  *	
  Gate	
  Fee	
  PA	
  
Electricity	
  generated	
  @	
  £0.17p	
  
Kw=	
  £661,000*	
  PA	
  
ULTRA LOW EMISSIONS
*	
  -­‐	
  Gross	
  Revenue	
  	
  
GSS	
  Energy	
  have	
  developed	
  a	
  highly	
  portable	
  mobile	
  pyrolysis	
  unit	
  that	
  can	
  process	
  around	
  500Kgs	
  
of	
  waste	
  per	
  hour.	
  It	
  is	
  a	
  constant	
  feed	
  process	
  and	
  can	
  handle	
  high	
  polluYon	
  hazardous	
  waste	
  
materials	
  because	
  there	
  are	
  no	
  combusYon	
  emissions.	
  The	
  feedstock	
  is	
  exposed	
  to	
  secondary	
  heat	
  
in	
  the	
  absence	
  of	
  oxygen,	
  therefore	
  there	
  is	
  no	
  combusYon.	
  The	
  feedstock	
  is	
  reduced	
  to	
  its	
  basic	
  
chemical	
  components	
  of	
  Hydrogen	
  and	
  Carbon.	
  The	
  Hydrogen	
  is	
  a	
  clean	
  fuel	
  gas,	
  used	
  to	
  create	
  
heat.	
  
The	
  process	
  is	
  highly	
  
efficient,	
  0.5	
  tonnes	
  of	
  waste	
  
will	
  produce	
  approximately	
  
2.5	
  MW	
  of	
  heat	
  with	
  no	
  
polluYng	
  emissions.	
  This	
  
heat	
  energy	
  can	
  be	
  used	
  to	
  
produce	
  energy	
  in	
  many	
  
different	
  forms	
  including	
  
electricity.	
  GSS	
  have	
  
specialised	
  in	
  making	
  this	
  
unique	
  process	
  not	
  only	
  cost	
  
effecYve	
  and	
  efficient	
  but	
  
also	
  compact	
  enough	
  to	
  fit	
  
into	
  40b	
  ISO	
  shipping	
  
container,	
  resulYng	
  in	
  a	
  
highly	
  mobile	
  clean	
  waste	
  to	
  
energy	
  conversion	
  plant.	
  
5	
  Series	
  Mobile	
  Pyrolysis	
  Unit	
  	
  
Liability	
  to	
  Asset	
  Conversion	
  System	
  
www.gssenergy.com	
  
A"
B"
K"
L"
M"
N"
G"
H"
I"
J"
C"
D"
E"
F"
N"–"Hot"Gas"Exhaust"
M"–"Induced"Dra="Fan"
O"–"Main"Ash"Conveyor"&""
"""""""Ash"CollecDon"Chamber""
O"
H"–"Fly"Ash"Arrester"
J"–"Thermal"Oxidizer"
K"–"Two"Auxiliary"Burners""
"""""""Start"Up"and""
"""""""Temp"StabilizaDon"
L"–"CombusDon"Oxygen"
""""""Control"Unit"
I"–"Fuel"Gas"Inlet"
E"N"Gasifier"
F"–"Bed"Agitator"Screws""
G"–"Fuel"Gas"Exhaust"
A"–"Feed"Hopper""
B"–"Compactor"Conveyor"
C"–"Pyrolysis"Tube"Inlet""
D"–"Pyrolysis"Chamber"
P"N"Control"Panel"
P"
O"
Mobile'Pyrolysis'Waste'to'Energy'Unit'

Mais conteúdo relacionado

Mais procurados

Heating Of Water
Heating Of WaterHeating Of Water
Heating Of Watercemremos
 
Solid waste management
Solid waste managementSolid waste management
Solid waste managementvshadowrider
 
Geothermal heat utilisation - long-time experience in Iceland
Geothermal heat utilisation - long-time experience in IcelandGeothermal heat utilisation - long-time experience in Iceland
Geothermal heat utilisation - long-time experience in IcelandThinkGeoEnergy
 
Andrea Calabrese - ENEA - IMPIANTI DI SOLAR HEATING AND COOLING: UN CONTRIBUT...
Andrea Calabrese - ENEA - IMPIANTI DI SOLAR HEATING AND COOLING: UN CONTRIBUT...Andrea Calabrese - ENEA - IMPIANTI DI SOLAR HEATING AND COOLING: UN CONTRIBUT...
Andrea Calabrese - ENEA - IMPIANTI DI SOLAR HEATING AND COOLING: UN CONTRIBUT...Centro Studi Galileo
 
electricity generation from waste heat of gas.
 electricity generation from waste     heat of gas. electricity generation from waste     heat of gas.
electricity generation from waste heat of gas.Vikas Rathod
 
EU-Iceland Geothermal Roundtable events, Brussels, Sept. 18-19, 2014
EU-Iceland Geothermal Roundtable events, Brussels, Sept. 18-19, 2014EU-Iceland Geothermal Roundtable events, Brussels, Sept. 18-19, 2014
EU-Iceland Geothermal Roundtable events, Brussels, Sept. 18-19, 2014ThinkGeoEnergy
 
Is Biogas an efficient green source of energy?
Is Biogas an efficient green source of energy?Is Biogas an efficient green source of energy?
Is Biogas an efficient green source of energy?Georges Seil, PhD
 
Closing The Loops in Malmö, Sweden - Daniel Skog
Closing The Loops in Malmö, Sweden - Daniel SkogClosing The Loops in Malmö, Sweden - Daniel Skog
Closing The Loops in Malmö, Sweden - Daniel SkogToronto 2030 District
 
Malmberg Water Peter Bäckström
Malmberg  Water    Peter  BäckströmMalmberg  Water    Peter  Bäckström
Malmberg Water Peter BäckströmNiklas Johnsson
 
Green building Renewable energy Utilization
Green building Renewable energy UtilizationGreen building Renewable energy Utilization
Green building Renewable energy UtilizationPrakashKanuri1
 
Cost Saving Hotel
Cost Saving HotelCost Saving Hotel
Cost Saving HotelZW Yap
 
Biomass cogeneration
Biomass cogenerationBiomass cogeneration
Biomass cogenerationY Salman Baig
 

Mais procurados (20)

Heating Of Water
Heating Of WaterHeating Of Water
Heating Of Water
 
Solid waste management
Solid waste managementSolid waste management
Solid waste management
 
Thisted 2010 - Energy
Thisted 2010 - EnergyThisted 2010 - Energy
Thisted 2010 - Energy
 
Oswestry Energy Fair - Talbott
Oswestry Energy Fair - TalbottOswestry Energy Fair - Talbott
Oswestry Energy Fair - Talbott
 
Ethp Explaination Summary
Ethp Explaination SummaryEthp Explaination Summary
Ethp Explaination Summary
 
Geothermal heat utilisation - long-time experience in Iceland
Geothermal heat utilisation - long-time experience in IcelandGeothermal heat utilisation - long-time experience in Iceland
Geothermal heat utilisation - long-time experience in Iceland
 
Andrea Calabrese - ENEA - IMPIANTI DI SOLAR HEATING AND COOLING: UN CONTRIBUT...
Andrea Calabrese - ENEA - IMPIANTI DI SOLAR HEATING AND COOLING: UN CONTRIBUT...Andrea Calabrese - ENEA - IMPIANTI DI SOLAR HEATING AND COOLING: UN CONTRIBUT...
Andrea Calabrese - ENEA - IMPIANTI DI SOLAR HEATING AND COOLING: UN CONTRIBUT...
 
electricity generation from waste heat of gas.
 electricity generation from waste     heat of gas. electricity generation from waste     heat of gas.
electricity generation from waste heat of gas.
 
Simulation 3
Simulation 3Simulation 3
Simulation 3
 
EU-Iceland Geothermal Roundtable events, Brussels, Sept. 18-19, 2014
EU-Iceland Geothermal Roundtable events, Brussels, Sept. 18-19, 2014EU-Iceland Geothermal Roundtable events, Brussels, Sept. 18-19, 2014
EU-Iceland Geothermal Roundtable events, Brussels, Sept. 18-19, 2014
 
Is Biogas an efficient green source of energy?
Is Biogas an efficient green source of energy?Is Biogas an efficient green source of energy?
Is Biogas an efficient green source of energy?
 
Closing The Loops in Malmö, Sweden - Daniel Skog
Closing The Loops in Malmö, Sweden - Daniel SkogClosing The Loops in Malmö, Sweden - Daniel Skog
Closing The Loops in Malmö, Sweden - Daniel Skog
 
Green house
Green houseGreen house
Green house
 
Malmberg Water Peter Bäckström
Malmberg  Water    Peter  BäckströmMalmberg  Water    Peter  Bäckström
Malmberg Water Peter Bäckström
 
HEAT ENGINE anmol BSC I 2018
HEAT ENGINE anmol BSC I 2018HEAT ENGINE anmol BSC I 2018
HEAT ENGINE anmol BSC I 2018
 
Green building Renewable energy Utilization
Green building Renewable energy UtilizationGreen building Renewable energy Utilization
Green building Renewable energy Utilization
 
Cost Saving Hotel
Cost Saving HotelCost Saving Hotel
Cost Saving Hotel
 
11 18 Gasification
11 18 Gasification11 18 Gasification
11 18 Gasification
 
Biomass cogeneration
Biomass cogenerationBiomass cogeneration
Biomass cogeneration
 
A3_Ehrlén
A3_EhrlénA3_Ehrlén
A3_Ehrlén
 

Semelhante a One Pager -GSS

Business Forum Energy Efficiency in Moldova
Business Forum Energy Efficiency in MoldovaBusiness Forum Energy Efficiency in Moldova
Business Forum Energy Efficiency in Moldovaabozhkovbalkanikaenergy
 
Proposal flue heat recover new
Proposal flue heat recover newProposal flue heat recover new
Proposal flue heat recover newEngr Asif Sultan
 
Municipal Solid Waste - Industrial Waste to energy
Municipal Solid Waste - Industrial Waste to energyMunicipal Solid Waste - Industrial Waste to energy
Municipal Solid Waste - Industrial Waste to energyManoj Kumar Sharma
 
Cairo conf. 8-9 Dec. WtE
Cairo conf. 8-9 Dec. WtECairo conf. 8-9 Dec. WtE
Cairo conf. 8-9 Dec. WtEmamdouh sabour
 
Make power out of your waste heat - Organic Rankine Cycle
Make power out of your waste heat - Organic Rankine Cycle Make power out of your waste heat - Organic Rankine Cycle
Make power out of your waste heat - Organic Rankine Cycle Sindhu Maiyya
 
Presentation Holland RET (16-9)
Presentation Holland RET (16-9)Presentation Holland RET (16-9)
Presentation Holland RET (16-9)Max Fossen
 
A SYSTEM OF ENERGY, WATER AND COMPOST PRODUCTION FROM WASTE
A SYSTEM OF ENERGY, WATER AND COMPOST PRODUCTION FROM WASTEA SYSTEM OF ENERGY, WATER AND COMPOST PRODUCTION FROM WASTE
A SYSTEM OF ENERGY, WATER AND COMPOST PRODUCTION FROM WASTEEURO AIRSHIP
 
Intro on different waste treatment technologies by Bernard Ammoun
Intro on different waste treatment technologies by Bernard AmmounIntro on different waste treatment technologies by Bernard Ammoun
Intro on different waste treatment technologies by Bernard AmmounBernard Ammoun
 
Tony Cotton, Johnson Tiles - Cost Effective Use of Heat Recovery
Tony Cotton, Johnson Tiles - Cost Effective Use of Heat RecoveryTony Cotton, Johnson Tiles - Cost Effective Use of Heat Recovery
Tony Cotton, Johnson Tiles - Cost Effective Use of Heat RecoveryCeramics 2011
 
Pyrolysis renewable energy resources
Pyrolysis renewable energy resourcesPyrolysis renewable energy resources
Pyrolysis renewable energy resourcesDrBilalAhmadZafarAmi
 
Raunak_Bhatia_Energy_Engineering_PPT.pptx
Raunak_Bhatia_Energy_Engineering_PPT.pptxRaunak_Bhatia_Energy_Engineering_PPT.pptx
Raunak_Bhatia_Energy_Engineering_PPT.pptxRaunakBhatia5
 
Thermo chemical conversion
Thermo chemical conversionThermo chemical conversion
Thermo chemical conversionnagendran mohan
 
20131008 Biomass Conversion Technologies
20131008  Biomass Conversion Technologies20131008  Biomass Conversion Technologies
20131008 Biomass Conversion TechnologiesMahbod Shafiei
 
Biomass heat and power - gasification CHP with universal biomass gasifier
Biomass heat and power - gasification CHP with universal biomass gasifierBiomass heat and power - gasification CHP with universal biomass gasifier
Biomass heat and power - gasification CHP with universal biomass gasifierRado Irgl
 
G03404047050
G03404047050G03404047050
G03404047050theijes
 

Semelhante a One Pager -GSS (20)

Business Forum Energy Efficiency in Moldova
Business Forum Energy Efficiency in MoldovaBusiness Forum Energy Efficiency in Moldova
Business Forum Energy Efficiency in Moldova
 
Proposal flue heat recover new
Proposal flue heat recover newProposal flue heat recover new
Proposal flue heat recover new
 
125
125125
125
 
Municipal Solid Waste - Industrial Waste to energy
Municipal Solid Waste - Industrial Waste to energyMunicipal Solid Waste - Industrial Waste to energy
Municipal Solid Waste - Industrial Waste to energy
 
Cairo conf. 8-9 Dec. WtE
Cairo conf. 8-9 Dec. WtECairo conf. 8-9 Dec. WtE
Cairo conf. 8-9 Dec. WtE
 
Make power out of your waste heat - Organic Rankine Cycle
Make power out of your waste heat - Organic Rankine Cycle Make power out of your waste heat - Organic Rankine Cycle
Make power out of your waste heat - Organic Rankine Cycle
 
DISPOSAL TECHNIQUES
DISPOSAL TECHNIQUESDISPOSAL TECHNIQUES
DISPOSAL TECHNIQUES
 
Presentation Holland RET (16-9)
Presentation Holland RET (16-9)Presentation Holland RET (16-9)
Presentation Holland RET (16-9)
 
A SYSTEM OF ENERGY, WATER AND COMPOST PRODUCTION FROM WASTE
A SYSTEM OF ENERGY, WATER AND COMPOST PRODUCTION FROM WASTEA SYSTEM OF ENERGY, WATER AND COMPOST PRODUCTION FROM WASTE
A SYSTEM OF ENERGY, WATER AND COMPOST PRODUCTION FROM WASTE
 
Intro on different waste treatment technologies by Bernard Ammoun
Intro on different waste treatment technologies by Bernard AmmounIntro on different waste treatment technologies by Bernard Ammoun
Intro on different waste treatment technologies by Bernard Ammoun
 
Tony Cotton, Johnson Tiles - Cost Effective Use of Heat Recovery
Tony Cotton, Johnson Tiles - Cost Effective Use of Heat RecoveryTony Cotton, Johnson Tiles - Cost Effective Use of Heat Recovery
Tony Cotton, Johnson Tiles - Cost Effective Use of Heat Recovery
 
Pyrolysis renewable energy resources
Pyrolysis renewable energy resourcesPyrolysis renewable energy resources
Pyrolysis renewable energy resources
 
SYNGAS production
SYNGAS productionSYNGAS production
SYNGAS production
 
Raunak_Bhatia_Energy_Engineering_PPT.pptx
Raunak_Bhatia_Energy_Engineering_PPT.pptxRaunak_Bhatia_Energy_Engineering_PPT.pptx
Raunak_Bhatia_Energy_Engineering_PPT.pptx
 
Thermo chemical conversion
Thermo chemical conversionThermo chemical conversion
Thermo chemical conversion
 
Phil Scott, AMEC
Phil Scott, AMECPhil Scott, AMEC
Phil Scott, AMEC
 
20131008 Biomass Conversion Technologies
20131008  Biomass Conversion Technologies20131008  Biomass Conversion Technologies
20131008 Biomass Conversion Technologies
 
Water/ammonia absorption chillers NETWORKING B
Water/ammonia absorption chillers NETWORKING BWater/ammonia absorption chillers NETWORKING B
Water/ammonia absorption chillers NETWORKING B
 
Biomass heat and power - gasification CHP with universal biomass gasifier
Biomass heat and power - gasification CHP with universal biomass gasifierBiomass heat and power - gasification CHP with universal biomass gasifier
Biomass heat and power - gasification CHP with universal biomass gasifier
 
G03404047050
G03404047050G03404047050
G03404047050
 

Mais de Blayne Jackson

Mais de Blayne Jackson (10)

XCell top trumps
XCell top trumpsXCell top trumps
XCell top trumps
 
Cell tower survey
Cell tower surveyCell tower survey
Cell tower survey
 
Open Outcry Trading Club - Teaching intro
Open Outcry Trading Club - Teaching introOpen Outcry Trading Club - Teaching intro
Open Outcry Trading Club - Teaching intro
 
Trading Club Overview
Trading Club OverviewTrading Club Overview
Trading Club Overview
 
OOTC - Service Introduction
OOTC - Service IntroductionOOTC - Service Introduction
OOTC - Service Introduction
 
OOTC
OOTCOOTC
OOTC
 
January 2015
January 2015January 2015
January 2015
 
XCell Aerial Surveys news article
XCell Aerial Surveys news articleXCell Aerial Surveys news article
XCell Aerial Surveys news article
 
Project 42
Project 42Project 42
Project 42
 
Project 42
Project 42Project 42
Project 42
 

One Pager -GSS

  • 1. Screenings  @  20MJ/KG  &  <  40%   moisture  content.   Hot  air  is  transferred  to  a     Steam  Turbine  (via  heat  exchanger)   to  produce  around  440  Kw     clean  energy.   Hopper  compresses  waste   to  exclude  oxygen  and  moisture   Landfill  Tax@£115  PT    =   £503,000  *  Gate  Fee  PA   Electricity  generated  @  £0.17p   Kw=  £661,000*  PA   ULTRA LOW EMISSIONS *  -­‐  Gross  Revenue     GSS  Energy  have  developed  a  highly  portable  mobile  pyrolysis  unit  that  can  process  around  500Kgs   of  waste  per  hour.  It  is  a  constant  feed  process  and  can  handle  high  polluYon  hazardous  waste   materials  because  there  are  no  combusYon  emissions.  The  feedstock  is  exposed  to  secondary  heat   in  the  absence  of  oxygen,  therefore  there  is  no  combusYon.  The  feedstock  is  reduced  to  its  basic   chemical  components  of  Hydrogen  and  Carbon.  The  Hydrogen  is  a  clean  fuel  gas,  used  to  create   heat.   The  process  is  highly   efficient,  0.5  tonnes  of  waste   will  produce  approximately   2.5  MW  of  heat  with  no   polluYng  emissions.  This   heat  energy  can  be  used  to   produce  energy  in  many   different  forms  including   electricity.  GSS  have   specialised  in  making  this   unique  process  not  only  cost   effecYve  and  efficient  but   also  compact  enough  to  fit   into  40b  ISO  shipping   container,  resulYng  in  a   highly  mobile  clean  waste  to   energy  conversion  plant.   5  Series  Mobile  Pyrolysis  Unit     Liability  to  Asset  Conversion  System   www.gssenergy.com   A" B" K" L" M" N" G" H" I" J" C" D" E" F" N"–"Hot"Gas"Exhaust" M"–"Induced"Dra="Fan" O"–"Main"Ash"Conveyor"&"" """""""Ash"CollecDon"Chamber"" O" H"–"Fly"Ash"Arrester" J"–"Thermal"Oxidizer" K"–"Two"Auxiliary"Burners"" """""""Start"Up"and"" """""""Temp"StabilizaDon" L"–"CombusDon"Oxygen" """"""Control"Unit" I"–"Fuel"Gas"Inlet" E"N"Gasifier" F"–"Bed"Agitator"Screws"" G"–"Fuel"Gas"Exhaust" A"–"Feed"Hopper"" B"–"Compactor"Conveyor" C"–"Pyrolysis"Tube"Inlet"" D"–"Pyrolysis"Chamber" P"N"Control"Panel" P" O" Mobile'Pyrolysis'Waste'to'Energy'Unit'